Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

No reviews yet

PT EVERSTAR CONSTRUCTION MACHINERY

2 yrs

ID

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Best Solar Pile Driving Machine PV Power Station Ground Drilling Device with Efficient Pump Core Component

Key attributes

Industry-specific attributes

Piling Speed(m/min)

3.2~5M/Min

Brand Name

EVERSTAR

Other attributes

Core Components

Engine, motor, Pump

Place of Origin

Jiangsu, China

Weight

4800 kg

Warranty

1 Year

UNIQUE SELLING POINT

High operating efficiency

Video outgoing-inspection

Provided

Machinery Test Report

Provided

Efficiency

300 Posts/Day

Dimension(L*W*H)

6500*2200*2700

Product Name

Hydraulic Sheet Portable Static Pile Driver

Application

solar pv plant construction

Engine Type

Yuchai 92KW / Cummins 97KW

Dimension(L*W*H)

3500*2200*7500(Working)mm

Sliding route(left/right)

200mm

Sliding route(forwards/backwards)

150mm

Mast route

5000mm

Drilling depth

3500mm

Drilling diameter

50-300mm

Drilling Depth

5 m

Packaging and delivery

Port

ANY SEAPORT OF CHINA

Lead time

Customization options

Product descriptions from the supplier

1 - 2 sets

$20,000.00

3 - 4 sets

$18,999.00

>= 5 sets

$16,999.00

Variations

Total options:

Shipping

Shipping fee and delivery date to be negotiated. Chat with supplier now for more details.

Protections for this product

Secure payments

Every payment you make on Alibaba.com is secured with strict SSL encryption and PCI DSS data protection protocols